Miniature force sensors

Very small loadcells for tension, compression and universal use. Most have mV/V output.

  1. XFC200R

    XFC200R

    • Compression load cell
    • 0-2N to 0-10KN range
    • mV output
    • -40° to 120°C range
    • High overload

    XFC200R

    The miniature size and light weight of the XFC200R facilitates testing where these conditions are necessary. Unlike sensors with flat force application surfaces, the XFC200R incorporates a spherical load button resulting in more precise measurements. Its high stiffness, for the size and measurement ranges, allows measurements in dynamic applications. A strain relief spring strengthens the cable output. The sensing element is fitted with a fully temperature compensated Wheatstone bridge equipped with high stability micro-machined silicon strain gauges.

  2. XFL212R

    XFL212R

    • Compression load cell
    • 0-5N to 0-500N range
    • mV output
    • -40° to 120°C range
    • 3.5mm depth and 12mm diameter

    XFL212R

    The XFL212R series is an extraordinarily thin miniature load cell with a temperature compensation module integrated into the output cable. The XFL212R measures strain during compression in static and dynamic applications. Unlike sensors with flat force application surfaces, the XFL212R incorporates a spherical load button, which assures more precise loading and in return more accurate measurements.

  3. XFL225D

    XFL225D

    • Compression load cell
    • 0-10N to 0-5KN range
    • mV output
    • -40° to 120°C range
    • Miniature load washer design

    XFL225D

    The XFL225D series is a very flat miniature load cell with a temperature compensation module integrated into the output cable. This design allows extremely small sensors to be manufactured without sacrificing thermal zero and sensitivity performance.  The sensing element is fitted with a fully temperature compensated Wheatstone bridge equipped with high stability micro-machined silicon strain gauges. 


     

  4. XFTC300

    XFTC300

    • Tension & compression
    • 0-2N to 0-2KN range
    • mV or amplified output
    • -40° to 120°C  range
    • Heavy duty, miniature

    XFTC300

    The XFTC300 series has been specifically developed to measure tension and/or compression in static and dynamic applications. The miniature size and light weight facilitate testing where these conditions are necessary. The sensing element is fitted with a fully temperature compensated Wheatstone bridge equipped with high stability micro-machined silicon strain gauges. The use of silicon strain gauges optimizes the load cell’s performance at low ranges and frequencies. For sensors with a range of between 2 and 2KN, a high-level output model is available. With two male threads, the XFTC300 is easily installed in industrial or OEM applications. A strain relief spring strengthens the cable output.

  5. UT

    UT

    • 100g to 2kg
    • Low universal force measurement
    • High accuracy

    UT

    The UT is a robust, high accuracy loadcell with a low profile.  

  6. ELHS

    ELHS

    • Tension or compression
    • 2.5KN to 50KN range
    • 200mV FSO
    • -20° to 80°C range
    • High resolution

    ELHS

    The ELHS load cell is a compact package able to fit into many applications where others cannot. The low noise Wheatstone bridge consists of piezoresistive strain gauges which provide 200 mV of typical full scale output. When compact design, extreme stiffness and superior resolution are required, the ELHS load cell is the sensor for your application. The ELHS is provided with either SAE or metric threads for tension and compression applications.

  7. ELFF

    ELFF

    • Tension or compression
    • 10-100 lbf range
    • mV or amplifed output
    • -40° to 120°C range
    • NIST calibration

    ELFF

    The ELFF unit is fully thermally compensated and will provide an essentially unlimited cycle life expectancy. The ELFF can be configured with a variety of options to fine tune the instrument to your application: select from several standard package geometries, compensated temperature ranges, input voltages, lead lengths or specify entirely unique combinations of these options.

  8. ELPF

    ELPF

    • Tension or compression
    • 10-500lbf range
    • mV or amplified output
    • -40° to 120°C range
    • IP 65 rating

    ELPF

    ELPF series of sensors, unlike most competitive designs, are provided with a "four-bar" design where a flexible diaphragm parallels the measuring flexure. This configuration is far less susceptible to off-axis load components than single diaphragm traditional designs. Shielded, Teflon insulated instrumentation cabling is provided along with spring steel strain reliefs and full NIST traceable calibration certificates. The ELPF unit is fully thermally compensated and will provide an essentially unlimited cycle life expectancy. The ELPF can be configured with a variety of options to fine-tune the instrument to your application: select from several standard package geometries, compensated temperature ranges, input voltages, lead lengths or specify entirely unique combinations of these options.

  9. ELWF

    ELWF

    • Through hole design
    • 5 to 2000lbf range
    • mV or amplified output
    • -40 to 120°C range
    • NIST calibration

    ELWF

    The ELWF series of sensors are ideal for your test and measurement applications. Shielded, Teflon insulated instrumentation cabling is provided along with full NIST traceable calibration certificates. The ELWF unit is fully thermally compensated and will provide an essentially unlimited cycle life expectancy. The ELWF can be configured with a variety of options to fine tune the instrument to your application: select from several standard compensated temperature ranges, input voltages, lead lengths or specify entirely unique combinations of these options.

  10. ELAF

    ELAF

    • Button load cell
    • 10-5000 lbf range
    • Amplified or mV output
    • -40° to 120°C range
    • NIST calibration 

    ELAF

    The ELAF series of sensors, unlike most designs, are provided with a "four-bar" design where a flexible diaphragm parallels the measuring flexure. This configuration is far less susceptible to off-axis load components than single diaphragm traditional designs. Shielded, teflon insulated instrumentation cabling is provided along with spring steel strain reliefs and full NIST traceable calibration certificates. The ELAF unit is fully thermally compensated and will provide an essentially unlimited cycle life expectancy. The ELAF can be configured with a variety of options to fine tune the instrument to your application: select from several standard package geometries. Compensated temperature ranges, input voltages, lead lengths or specify entirely unique combinations of these options.